The project covers rainwater and reclaimed-water treatment, an underground reservoir, solar power, a high-temperature heat pump, industrial ice slurry, steam, cold storage and circulation pumps. It puts water treatment, heating and cooling production, storage dispatch, alarm handling, energy accounting and asset maintenance on one digital monitoring platform.
The integrated water and energy storage monitoring platform is a customer project carried out by Beijing Hongshan Technology Co., Ltd. This page shows a desensitized system interface. Data in the pictures explains the interface. The customer’s identity, live production data and acceptance material are not published.
Water and energy storage crosses water treatment, energy production, heating and cooling reserves, and equipment maintenance. Water quality, level, flow, pressure difference, temperature, pressure, load and electricity price come from different systems. If they stay only in a PLC, an equipment controller and a manual report, duty staff cannot judge process status, supply capacity, alarm risk and operating result at the same time. This project uses one set of objects, one timeline and one status definition so managers see the whole, maintenance staff see the path, and dispatch staff see the strategy.
The six screens below are the main business pages in the platform navigation.
| Module | Usual source | What the page is for |
|---|---|---|
| Water treatment and quality | Flow meters, level meters, water-quality instruments, PLC, SCADA | Track turbidity, suspended solids, COD, pH, flow, pressure difference, temperature and tank level. |
| Heating, cooling and steam | Heat pump, industrial ice-slurry machine, heat exchanger, circulation pumps, valve controllers | Show load, temperature, pressure, frequency, start and stop, and the running mode. |
| Solar and electricity | Inverter, meters, distribution cabinets, the tariff and the purchase plan | Calculate solar self-use, shifting load between peak and valley, demand control and the supply strategy. |
| Dispatch strategy | Forecast model, rule engine, a manual plan, equipment constraints | Arrange valley-price storage, solar first, peak-shaving heat and cooling on demand. |
| Alarms and events | Equipment alarms, threshold rules, message notices, duty records | Follow trigger, notice, confirmation, investigation, recovery, review and close. |
| Assets and maintenance | Equipment files, purchase contracts, warranty, work orders, spare parts and documents | A lifecycle, a maintenance plan and an asset-change record. |
| Function | What the interface shows | What implementation and acceptance require |
|---|---|---|
| Operations and process | Page hierarchy, equipment relationships, energy-flow direction, indicators and status | Timeliness, how complete the points are, sampling precision and control linkage |
| Storage dispatch | Forecast, time window, equipment constraints, strategy commands and the execution trace | Forecast error, strategy authorization, whether the command arrives, and the site result |
| Alarm centre | Alarm grade, detail, trend, notice and the handling-process fields | Where the threshold comes from, notice delay, a closed responsibility loop and how false alarms are handled |
| Energy performance | How energy flow, cost, savings, reduction, budget and settlement are shown | The metering boundary, the price source, the formula and financial confirmation |
| Equipment ledger | How equipment, files, maintenance, spare parts and changes are structured | Whether the asset is real, permissions, work-order flow and whether the archive is complete |
The screenshots explain information structure, visual expression and business entries. They do not by themselves prove that equipment is live, that a control command took effect, that energy was saved, that carbon was reduced, or that acceptance is complete. The actual result needs interface tests, instrument records, operation logs, work-order replay and material confirmed by both sides.
Usually an operations overview, process flow, storage dispatch, an alarm centre, energy performance and an equipment ledger. Equipment detail, trend analysis and a mobile maintenance page can be added for the project.
For duty monitoring and linked dispatch, live or near-live data from PLC, SCADA, equipment controllers, a database or an API is appropriate. To confirm a plan, historical or demonstration data can check the page structure first.
A screenshot shows page structure, fields, states and business relationships. It does not by itself prove a live connection, control linkage, an energy-saving result or final acceptance. Interface tests, logs, equipment records and material confirmed by both sides are still required.
The integrated water and energy storage monitoring platform is a customer project carried out by Beijing Hongshan Technology Co., Ltd. This page is a desensitized view of the system interface. Sample data in the pictures introduces the functions. The customer’s identity, live operating data and acceptance material are not published, and they cannot be used to calculate actual savings or operating return.
Yes. Provide the current monitoring system, the collection platform, sample points and what should be viewed together. Interfaces and the conditions for using the data are checked, then page development, data fitting and deployment are assessed. Changing the original equipment, adjusting the collection system and the control strategy are not included in an interface project by default.
An industrial energy-station monitor involves equipment, collection, display and maintenance. Before contacting Hongshan Technology, prepare the process flow, an equipment and system list, desensitized sample points, existing monitoring pages, the network environment, and the duty or management problem to solve. Then decide what this phase needs to design, develop or connect.
| Material you already have | What it confirms | Who needs to take part |
|---|---|---|
| Process flow, equipment list and how areas relate | What is monitored, how pages are grouped, and how equipment is linked | The business owner and equipment maintenance staff |
| Collection-platform notes, sample points and interface documents | Data fields, how updates work, and the conditions for a connection | The collection or original-system supplier, and the data owner |
| Duty process, alarm rules and historical reports | How alarms are viewed, recorded, trended, and which management indicators are in scope | Operations, maintenance and the person who confirms the business |
| Target devices, internal-network requirements and maintenance arrangements | Deployment, access, upgrade and handover conditions | The customer’s IT staff and the project implementation staff |
These can be used togetherthe interface and sample listand theinternal-network deployment guideto prepare material before discussing an energy monitoring project. Equipment collection changes, control strategy, interface development and site acceptance should each have an owner and a scope.